中国科学院动物研究所生殖生物学国家重点实验室客座研究2年，美国辛辛拉提大学妇产科系访问学者2年。

1.新型宫内节育器的研制，国家科技支撑计划，2006BAI03B01，625.00万。


2.隐睾不育的分子机制和几个相关基因功能的研究，国家自然科学基金，31171380，31.50万元。


3.铜/低密度聚乙烯复合材料宫内节育器的研制，国家科技支撑计划，2012BAI31B03，145.00万元。


4.43℃局部温浴人/猴睾丸对精子发生的影响，国家科技支撑计划，2012BAI31B08，47.70万元

代表论文：


1.Alterationsintheendometriumofrats,rabbits,andMacacamulattathatreceivedanimplantationofcopper/low-densitypolyethylenenanocomposite.InternationalJournalofNanomedicine,9:1127-38,2014.


2.Biologicalevaluationofthecopper/low-densitypolyethylenenanocompositeintrauterinedevice.PlosOne8(9):e74128,2013.


3.InvitrocytotoxicityofCu2+,Zn2+,Ag+andtheirmixturesonprimaryhumanendometrialepithelialcells.Contraception,85:509-18,2012.


4.WillethyleneoxidesterilizationinfluencetheapplicationofnovelCu/LDPEnanocompositeintrauterinedevices?Contraception,79:65-70,2009.


5.Comparativestudyoncontraceptiveefficacyandclinicalperformanceofthecopper/low-densitypolyethylenenanocompositeIUDandthecopperT220CIUD.Contraception,78:319-323,2008.


6.TheforcesimposedbythenovelT-shapeCu/LDPEnanocompositeintrauterinedevicesonthesimulateduterinecavity.Contraception,76:326-330,2007.


7.Theantifertilityeffectivenessofcopper/low-densitypolyethylenenanocompositeanditsinfluenceontheendometrialenvironmentinrats.Contraception,75:157-161,2007.


8.EffectofimplantedCu/low-densitypolyethylenenanocompositeonthemorphologyofendometriuminthemouse.FertilityandSterility,88(2):472-478,2007.


9.Correlativeinvestigationofcopper/low-densitypolyethylenenanocompositeontheendometrialangiogenesisinrats.Front.Med.China,1(4):1–4,2007.


10.CupricIonReleaseControlledbyCopper/Low-DensityPolyethyleneNanocompositeinSimulatedUterineSolution.Biomater,80B:220–225,2007.